u-power
u-power 200000W Peak 50000W Power Inverter 48V DC 110V/220VAC 60Hz Split Phase Pure Sine Wave UPS Charger LCD
Converts 48 V DC to split-phase 110 V and 220 V AC at 60 Hz with 25000 W continuous and 200000 W peak power, plus integrated UPS, battery charger and LCD monitoring
- 50000W continuous power handles heavy server loads
- 200000W peak capacity starts large motor-driven equipment
- Pure sine wave output protects sensitive electronics
- Split-phase 110V and 220V simultaneous supply
- Built-in UPS and battery charger ensures backup power
48 V DC split-phase inverter
This pure-sine-wave inverter converts 48 V DC battery power into simultaneous 110 V and 220 V AC at 60 Hz. It delivers 25000 W continuous on each voltage leg and 50000 W total continuous output with a 200000 W peak rating. An integrated UPS and 220 V battery charger provide automatic transfer and recharging in one unit.
Off-grid installers and heavy-load sites
Suits installers who need both North-American 110 V and 220 V circuits from a single 48 V bank and who can balance the loads across L1 and L2. Not suited for systems that run exclusively on 110 V without using the 220 V output because the LCD will report only half the actual wattage and current on that leg.
200000 W peak surge capacity
The 200000 W peak figure determines whether motor-starting loads such as well pumps or large compressors can be handled without tripping the inverter. If the intended surge demand exceeds this level a higher-rated unit is required.
Highlights
- 50000W continuous power handles heavy server loads
- 200000W peak capacity starts large motor-driven equipment
- Pure sine wave output protects sensitive electronics
- Split-phase 110V and 220V simultaneous supply
- Built-in UPS and battery charger ensures backup power
Specifications
| Brand | U-POWER |
|---|
Questions about this item
What DC input voltage and split-phase AC outputs does the 50000 W continuous inverter require for connection?
The unit accepts 48 V DC and delivers split-phase AC with L1+N and L2+N at 110 V plus L1+L2 at 220 V, all at 60 Hz.
How do I wire the battery bank and AC loads to the inverter’s L1, N and L2 terminals for correct split-phase operation?
Connect the 48 V battery bank to the DC terminals, then wire L1, N and L2 to the distribution panel so that L1+N and L2+N each supply 110 V loads while L1+L2 supplies 220 V loads; the maker recommends balancing 110 V and 220 V loads rather than running 110 V alone.
Which components will need periodic inspection or replacement during the service life of this 200000 W peak inverter?
Plan to inspect the internal cooling fans, DC input cables and terminal connections, and the battery bank itself at regular intervals, as these are the items that degrade with high-current operation.
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